Calculate_the_number_of_kernel

说明：  一个很有用的PID控制程序，用于性能评价，主要是看仿真图的(A useful PID control procedures for performance evaluation, mainly the simulation map)

video copy detection using content based fingerprinting

说明：  matlab对VSR控制器的模拟仿真，对控制系统的运行特性具有很强的稳定功效，该仿真模型采用SVPWM控制电路(matlab simulation of the PWM controller for controlling operation of the system characteristics have a strong effect the stability of the simulation model uses the SVPWM control circuit)

在matlab环境下，实现了用sweldens算法对一维信号作分解和重构的程序(In the matlab environment, achieved by sweldens algorithm for one-dimensional signal decomposition and reconstruction procedure)

自适应滤波算法的教程及Matlab仿真程序(Tutorial course and Matlab simulation code of adaptive filtering algorithm)

说明：  传递矩阵法,针对转子动力学钟一谔一书page30进行编程(Transfer matrix method, the rotor dynamic programming-e book page30)

说明：  TDFD,双脊金属加载矩形波导，的基模和第一个高阶模的色散曲线计算,TM模的仿真(TDFD,双脊metal loaded rectangular waveguide, the fundamental mode and first higher order mode dispersion curve calculation, TM-mode simulation)

PID模糊控制，matlab 运行仿真，实现模糊控制的PID参数优化(PID fuzzy control, Matlab run the simulation, PID parameter optimization of fuzzy control)

Finland Matlab cannot do regular meshes for non-regtancular regions. However, one can manually do very coarse regular meshes for these type domains. The difficulty is with the edge data e. If this data does not correspond to the orientations given by the PDEtool geometry files, refinement will not work. The function drawedges() will display the order of the edges and their segment numbers. However, this function does not tell how the edges are oriented. However, just run the visualization, and if the refinement does not work correctly, you know the problem is with the orientatino of the edge. Remember to also correct the last two rows of the matrix e when changing the orientation. (See the documentation for initmesh for more info.)

Matlab有限元结构动力学分析与工程应用（源程序）(Matlab Code Of finite element method)